Vörur
-
Advanced Static VAR rafall (ASVG-35-0.4-4L-R)
Advanced Static VAR rafall (ASVG) er ný tegund af kraftmiklum viðbragðsaflsbótaafurð, sem táknar nýjustu tækniframfarir á sviði viðbragðs valdsbóta. Með því að breyta fasa og amplitude framleiðsluspennu á AC hlið inverter eða stjórna amplitude og áfanga straumsins á AC hlið invertersins, taka fljótt upp eða dreifa nauðsynlegum viðbragðsafli og harmonískum straumi og að lokum að ná markmiði um skjótan kraftmikinn aðlögun viðbragðsafls og harmonískrar bætur. Ekki aðeins getur fylgst með og bætt viðbragðsstrauminn á álaginu, heldur getur hann einnig fylgst með og bætt samhljómstrauminn. High yield, compact, adaptable, modular and economical, these enhanced static var generators (ASVG) provide immediate and effective response to power quality problems in both high and low voltage power systems. Þeir bæta aflgæði, lengja líf búnaðarins og draga úr orkuúrgangi.
-
Static var rafall (SVG-5-0.2-2L-R)
A single-phase household static var generator is a device that corrects the power factor in a residential electrical system. It works by injecting or absorbing reactive power to balance the ratio between reactive power and active power. This is important because inductive loads such as motors and transformers can cause a drop in power factor and lead to inefficiencies in the electrical system. Með því að stjórna viðbragðsafli geta rafalar bætt orkuþátt, hagrætt orkunotkun og dregið úr tapi. It helps stabilize voltage levels, improves the overall efficiency of home appliances, and ensures smooth operation of the home's electrical system.
- Engin of ofbætur, engin undir bótum, engin ómun- PF0.99 stig viðbragðsaflsbæturMetið viðbragðsaflsbæturGetu：5kVarAC220V (-20 ~+15%)Einn áfangi -
Static var rafall (SVG-10-0.4-4L-W)
Static VAR rafalar gegna mikilvægu hlutverki í verksmiðjum með því að stjórna leiðréttingu á valdastuðli. In industrial environments, equipment such as motors, transformers, and fluorescent lamps may introduce reactive power, resulting in poor power factor. Static reactive generators inject or absorb reactive power to balance the system, thereby improving power factor and overall electrical efficiency. By maintaining a power factor close to unity, these generators can optimize energy use, reduce power costs and improve the performance of industrial machinery. This helps prevent equipment from overheating, reduces power losses, and ensures a stable and reliable power supply, ultimately increasing productivity and reducing plant downtime.
- Engin of ofbætur, engin undir bótum, engin ómun- PF0.99 stig viðbragðsaflsbæturMetið viðbragðsaflsbæturGetu：3 Fasi 3 vír/3 áfangi 4 vír -
The power grid requires factories to install static reactive power generators to solve the problem of poor power factor. Industrial facilities often have a high demand for reactive power due to the presence of equipment such as motors and transformers. The reactive power generated by these devices causes a reduction in power factor, resulting in inefficiencies and increased power losses. Með því að setja upp truflanir viðbragðs rafala geta plöntur sprautað eða tekið upp viðbragðsafl eftir þörfum til að halda jafnvægi á kerfinu og bæta aflstuðann. This helps optimize energy usage, reduce electricity costs and ensure a stable and reliable power supply. By actively managing reactive power, plants help improve the overall efficiency and reliability of the grid.
- Engin of ofbætur, engin undir bótum, engin ómun- PF0.99 stig viðbragðsaflsbæturMetið viðbragðsaflsbæturGetu：15kVar3 Fasi 3 vír/3 áfangi 4 vír -
Static var rafall (SVG-15-0.4-4L-W)
Static VAR rafalar gegna mikilvægu hlutverki í verksmiðjum með því að stjórna leiðréttingu á valdastuðli. In industrial environments, equipment such as motors, transformers, and fluorescent lamps may introduce reactive power, resulting in poor power factor. Static reactive generators inject or absorb reactive power to balance the system, thereby improving power factor and overall electrical efficiency. By maintaining a power factor close to unity, these generators can optimize energy use, reduce power costs and improve the performance of industrial machinery. This helps prevent equipment from overheating, reduces power losses, and ensures a stable and reliable power supply, ultimately increasing productivity and reducing plant downtime.
- Engin of ofbætur, engin undir bótum, engin ómun- PF0.99 stig viðbragðsaflsbæturMetið viðbragðsaflsbæturGetu：15kVar3 Fasi 3 vír/3 áfangi 4 vír -
Static var rafall (SVG-35-0.4-4L-R)
- Engin of ofbætur, engin undir bótum, engin ómun- PF0.99 stig viðbragðsaflsbæturMetið viðbragðsaflsbæturGetu：353 Fasi 3 vír/3 áfangi 4 vír -
Static var rafall (SVG-100-0.4-4L-R)
- Engin of ofbætur, engin undir bótum, engin ómun- PF0.99 stig viðbragðsaflsbætur- Dynamískur viðbragðstími minna en 50msMetið viðbragðsaflsbæturGetu：100kVar3 Fasi 3 vír/3 áfangi 4 vír -
Static var rafall (SVG-90-0,5-4L-R)
Óhóflegur viðbragðsafl í raforkukerfi getur haft skaðleg áhrif á stöðugleika þess og skilvirkni. Reactive power is needed to maintain voltage levels, but an excess of it can lead to increased line losses, voltage drops, and lower overall system efficiency. This can result in higher energy consumption, increased costs, and decreased reliability.
Til að draga úr þessum málum er hægt að nota truflanir viðbragðs raforku. Þessi tæki eru fær um að sprauta eða taka upp viðbragðsafl eftir þörfum, jafnvægi á ristinni og bæta aflþátt þess. By managing reactive power, static reactive power generators enhance the stability and efficiency of the power grid, ensuring a reliable power supply while minimizing losses and costs.
- Engin of ofbætur, engin undir bótum, engin ómun- PF0.99 stig viðbragðsaflsbætur- Dynamískur viðbragðstími minna en 50msMetið viðbragðsaflsbæturGetu：AC500V (-20%~+15%)3 Fasi 3 vír/3 áfangi 4 vír -
Static var generators with a voltage level of 690V play an important role in various industrial applications. It is particularly useful in scenarios where power factor correction is required to optimize power distribution. Tæknin er mikið notuð í stórum framleiðslustöðvum, gagnaverum og atvinnuhúsnæði. By dynamically supplying or absorbing reactive power, static reactive generators help maintain a stable power factor, minimize voltage fluctuations and reduce line losses. This not only improves energy efficiency but also prevents excessive reactive power from causing damage to critical equipment. Á heildina litið tryggir 690V spennaflokkur truflanir VAR rafall áreiðanlegan og skilvirkan aflgjafa í fjölmörgum forritum.
- Engin of ofbætur, engin undir bótum, engin ómun- PF0.99 stig viðbragðsaflsbætur- Dynamískur viðbragðstími minna en 50msMetið viðbragðsaflsbæturGetu：100kVar3 Fasi 3 vír/3 áfangi 4 vír -
Static var rafall (SVG-120-0.6-4L-R)
Static var generators with a voltage level of 690V play an important role in various industrial applications. It is particularly useful in scenarios where power factor correction is required to optimize power distribution. Tæknin er mikið notuð í stórum framleiðslustöðvum, gagnaverum og atvinnuhúsnæði. By dynamically supplying or absorbing reactive power, static reactive generators help maintain a stable power factor, minimize voltage fluctuations and reduce line losses. This not only improves energy efficiency but also prevents excessive reactive power from causing damage to critical equipment. Á heildina litið tryggir 690V spennaflokkur truflanir VAR rafall áreiðanlegan og skilvirkan aflgjafa í fjölmörgum forritum.
- Engin of ofbætur, engin undir bótum, engin ómun- PF0.99 stig viðbragðsaflsbætur- Dynamískur viðbragðstími minna en 50msMetið viðbragðsaflsbæturGetu：120kVar3 Fasi 3 vír/3 áfangi 4 vír -
Static var rafall (SVG-100-0.4-4L-R)
Viðbrögð valdbætur
- Engin ofvirkjun, engin undirlögn, engin ómun
- Áhrif viðbragðs valdsbóta- PF0.99 stig viðbragðsaflsbætur
100kVar3 Fasi 3 vír/3 áfangi 4 vír -
